国际著名力学图书·影印版系列：光学（第4版）（影印版）

图书标准信息

• 作者 [印]加塔克 著
• 出版社 清华大学出版社
• 出版时间 2010-03
• 版次 1
• ISBN 9787302222453
• 定价 57.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 532页
• 正文语种 英语

【内容简介】

《光学（第4版）（影印版）》是西方大学最流行的基础光学教材之一，从写作内容到编排顺序都与国内基础光学教材较接近，比较符合国内基础光学的教学习惯，是一本非常合适的基础光学的双语教材。不仅系统地介绍了光学知识，还为读者提供了许多光学发展背景，如第一章光学史内容丰富、精彩，不可多得。
包括传统光学教材的内容（如几何光学、干涉、衍射、偏振等），还增加了许多新内容，以体现近代光学的发展。
每部分最后都安排了非常全面的小结，利于读者在一阶段的学习之后，查漏补缺，巩固已学的知识。
将理论系统介绍与这些理论对于自然现象的解释和在工程实际应用进行了有机的结合。使读者不仅掌握了基础知识，还见识到了这些理论如何解释日常生活中的一些自然现象；最重要的是学到了如何将基础知识运用到工程技术中去的科学思路。

【目录】

Preface
1.HistoryofOptics
References
2.WhatisLight?
2.1Introduction
2.2TheCorpuscularModel
2.3TheWaveModel
2.4TheParticleNatureofRadiation
2.5WaveNatureofMatter
2.6TheUncertaintyPrinciple
2.7TheSingleSlitDiffractionExperiment
2.8TheProbabilisticInterpretationofMatterWaves
2.9AnUnderstandingofInterferenceExperiments
2.10ThePolarizationofaPhoton
2.11TheTime-energyUncertaintyRelation
Summary
Problems
Solutions
ReferencesandSuggestedReadings

Part1GeometricalOptics
3.FermatsPrincipleandItsApplications
3.1Introduction
3.2LawsofReflectionandRefractionfromFermatsPrinciple
3.3RayPathsinanInhomo~eneousMedium
3.4TheRayEquationanditsSolutions
3.5RefractionofRaysattheInterfacebetweenanIsotropicMediumandanAnisotropicMedium
Summary
Problems
ReferencesandSuggestedReadings
4.RefractionandReflectionbySphericalSurfaces
4.1Introduction
4.2RefractionataSingleSphericalSurface
4.3ReflectionbyaSingleSphericalSurface
4.4TheThinLens
4.5ThePrincipalFOCIandFocalLengthsofaLens
4.6TheNewtonFormula
4.7LateralMagnification
4.8AplanaticPointsofaSphere
4.9TheCartesianOval
4.10GeometricalProoffortheExistenceofAplanaticPoints
4.11TheSineCondition
Summary
Problems
ReferencesandSuggestedReadings
5.TheMatrixMethodinParaxialOptics
5.1Introduction
5.2TheMatrixMethod
5.3UnitPlanes
5.4NodalPlanes
5.5ASystemofTwoThinLenses
Summary
Problems
ReferencesandSuggestedReadings
6.Aberrations
6.1Introduction
6.2ChromaticAberration
6.3MonochromaticAberrations
Summary
Problems
ReferencesandSuggestedReadings

Part2VibrationsandWaves
7.SimpleHarmonicMotion，ForcedVibrationsandOriginofRefractiveIndex
7.1Introduction
7.2SimpleHarmonicMotion
7.3DampedSimpleHarmonicMotion
7.4ForcedVibrations
7.5OriginofRefractiveIndex
7.6RayleighScattering
Summary
Problems
ReferencesandSuggestedReadings
8.FourierSeriesandApplications
8.1Introduction
8.2TransverseVibrationsofaPluckedString
8.3ApplicationofFourierSeriesinForcedVibrations
8.4TheFourierIntegral
Summary
Problems
ReferencesandSuggestedReadings
9.TheDiracDeltaFunctionandFourierTransforms
9.1Introduction
9.2RepresentationsoftheDiracDeltaFunction
9.3IntegralRepresentationoftheDeltaFunction
9.4DeltaFunctionasaDistribution
9.5FourierIntegralTheorem
9.6TheTwoandThreeDimensionalFourierTransform
Summary
Problems
10.GroupVelocityandPulseDispersion
10.1Introduction
10.2GroupVelocity
10.3GroupVelocityofaWavePacket
10.4SelfPhaseModulation
Summary
Problems
ReferencesandSuggestedReadings
11.WavePropagationandtheWaveEquation
11.1Introduction
11.2SinusoidalWaves：ConceptofFrequencyandWavelength
11.3TypesofWaves
11.4EnergyTransportinWaveMotion
11.5TheOne-dimensionalWaveEquation
11.6TransverseVibrationsofaStretchedStrinz
11.7LongitudinalSoundWavesinaSolid
11.8LongitudinalWavesinaGas
11.9TheGeneralSolutionoftheOne-dimensionalWaveEquation
Summary
Problems
ReferencesandSuggestedReadings
12.HuygensPrincipleandItsApplications
12.1Introduction
12.2HuygensTheory
12.3RectilinearPropagation
12.4ApplicationofHuygensPrincipletoStudyRefractionandReflection
12.5HuygensPrincipleinInhomogeneousMedia
Summary
Problems
ReferencesandSuggestedReadings

Part3Interference
13.SuperpositionofWaves
14.TwoBeamInterferencebyDivisionofWavefront
15.InterferencebyDivisionofAmplitude
16.MultipleBeamInterferometry
17.Coherence

Part4Diffraction
18.FraunhoferDiffraction：I
19.FraunhoferDiffraction：IIandFourierOptics
20.FresnelDiffraction
21.Holography

Part5ElectromagneticCharacterofLight
22.PolarizationandDoubleRefraction
23.ElectromagneticWaves
24.ReflectionandRefractionofElectromagneticWaves

Part6Photons
25.TheParticleNatureofRadiation

Part7Lasers&FiberOptics
26.Lasers：AnIntroduction
27.FiberOpticsI：BasicConceptsandRayOpticsConsiderations
28.FiberOpticsII：BasicWaveguideTheoryandConceptofModes
29.FiberOpticsIII：SingleModeFibers
AppendixA：GammaFunctionsandIntegralsInvolvingGaussianFunctions
AppendixB：EvaluationoftheIntegral
AppendixC：DiffractionofaGaussianBeam
AppendixD：TEandTMModesinPlanarWaveguides
NameIndex
SubjectIndex